Sustainability and efficiency have been at the heart of Verne’s mission since we first opened our doors. Our first campus in Iceland forged the way for customers to optimise the location and infrastructure of their workflows and applications. Today, we deliver sustainable data center solutions, helping organisations cost-effectively scale their digital infrastructure while reducing their environmental impact. So, if you’re as serious about your carbon footprint as you are about your high-intensity compute, we’re ready to power your journey to sustainability.
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In a world where the impacts of climate change are becoming increasingly evident, the need for transparency in environmental reporting has never been more critical. We believe that transparency involves openly sharing information about your data center’s carbon footprint and carbon emissions, providing stakeholders with a clear view of environmental impact.
In 2022, Verne’s total greenhouse gas emissions in Iceland were 602.11 tCO2e (Scope 1: 8.6%, Scope 2: 74.9%, Scope 3: 16.5%). 100% of power on our Iceland campus is generated from renewable sources.
SCOPE 1
51.52 tCO2e
SCOPE 2 (Market based)
451.09tCO2e
SCOPE 3
99.50tCO2e
PUE
In 2023, Verne’s total greenhouse gas emissions in Iceland were 545 tCO2e (Scope 1: 14.49%, Scope 2: 62.2%, Scope 3: 23.3%). 100% of power on our Iceland campus is generated from renewable sources.
SCOPE 1
79.00tCO2e
SCOPE 2 (Market based)
339.00tCO2e
SCOPE 3
127.00tCO2e
PUE
1.24
In 2024, Verne’s total greenhouse gas emissions in Iceland were 556.25 tCO2e (Scope 1: 9.1%, Scope 2: 80.4%, Scope 3: 10.4%). 100% of power on our Iceland campus is generated from renewable sources.
SCOPE 1
50.92tCO2e
SCOPE 2 (Market based)
447.45tCO2e
SCOPE 3
57.89tCO2e
PUE
1.22
In 2022, Verne Finland’s total greenhouse gas emissions were 757 tCO2e (Scope 1: 2.8%, Scope 2: 13.4%, Scope 3: 83.7%). All purchased electricity was from renewable energy sources, with Scope 2 emissions emerging from district heating.
SCOPE 1
21.50tCO2e
SCOPE 2 (Market based)
101.66tCO2e
SCOPE 3
634.7tCO2e
PUE
In 2023, Verne Finland’s total greenhouse gas emissions were 1,658.00 tCO2e (Scope 1: 4.6%, Scope 2: 6.4%, Scope 3: 88.9%). All purchased electricity was from renewable energy sources, with Scope 2 emissions emerging from district heating.
SCOPE 1
77.00tCO2e
SCOPE 2 (Market based)
107.00tCO2e
SCOPE 3
1 474.00tCO2e
PUE
1.37
In 2024, Verne Finland’s total greenhouse gas emissions were 242.85 tCO2e (Scope 1: 6.4%, Scope 2: 46.2%, Scope 3: 47.3%). All purchased electricity was from renewable energy sources, with Scope 2 emissions emerging from district heating.
SCOPE 1
15.51tCO2e
SCOPE 2 (Market based)
112.43tCO2e
SCOPE 3
114.91tCO2e
PUE
1.29
Energy related to heat reuse is considered outside the data center boundary
Verne’s total greenhouse gas emissions for 2022 in the UK have not been released yet. This data is expected shortly in 2024.
SCOPE 1
N/A
SCOPE 2 (Market based)
N/A
SCOPE 3
N/A
PUE
N/A
In 2023, Verne UK’s total greenhouse gas emissions were 710.00 tCO2e (Scope 1: 15%, Scope 3: 85%)
SCOPE 1
111.00tCO2e
SCOPE 2 (Market based)
0
SCOPE 3
599.00tCO2e
PUE
1.56
In 2024, Verne UK’s total greenhouse gas emissions were 333.633 tCO2e (Scope 1 8.6%, Scope 3: 91.4%).
SCOPE 1
28.71tCO2e
SCOPE 2 (Market based)
0
SCOPE 3
304.93tCO2e
PUE
1.52
80%
Savings of secure low-cost, long-term power TCO contracts compared to major European data center markets for our customers.
100% Renewable Power
Our locations are backed by 100% sustainable energy, so you can scale your digital infrastructure while reducing your environmental impact.
75+
Homes
Our greenhouse gas emissions are equivalent to the average homes carbon footprint per US EPA guidelines. In Iceland, emissions are equivalent to 75 homes and in Finland, its 90.
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